Quantum Network Research Group was established in 2018 and is located at the University of Science and Technology of China (USTC). Our group is one of the earliest scientific research teams engaged in cutting-edge research on quantum networks in China. Our group is dedicated to the research of key technologies such as routing planning, request scheduling, and resource allocation for future quantum networking, and has published a series of representative theoretical results and independently developed a system-level quantum network simulation platform, which provides a complete set of solutions from the quantum operation, quantum network protocol stack, network deployment, and performance analysis for the problem that quantum networks are difficult to deploy and verify on a large scale.
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Repositories
- Connectionless-protocol Public
This repository provides the open-source implementation related to the research paper "A Connectionless Entanglement Distribution Protocol Design in Quantum Networks".
QNLab-USTC/Connectionless-protocol’s past year of commit activity - Fair-EAS Public
This repository provides the open-source implementation related to the research paper " Fair-EAS: Entanglement Allocation and Selection for Process-Oriented Fairness in Quantum Communication Networks".
QNLab-USTC/Fair-EAS’s past year of commit activity - Efficient_Entanglement_Routing_Based_on_Lossy_Allocation_Model_in_Quantum_Networks Public
This repository provides the open-source implementation related to the research paper "A Connection-Oriented Entanglement Distribution Design in Quantum Networks".
QNLab-USTC/Efficient_Entanglement_Routing_Based_on_Lossy_Allocation_Model_in_Quantum_Networks’s past year of commit activity - FMSPP Public
This repository provides the open-source implementation related to the research paper "An Efficient Scheduling Scheme of Swapping and Purification Operations for End-to-End Entanglement Distribution".
QNLab-USTC/FMSPP’s past year of commit activity - Segment-based-Multipath-Routing Public
This repository provides the open-source implementation related to the research paper "A Segment-based Multipath Distribution Method in Partially-Trusted Relay Quantum Networks".
QNLab-USTC/Segment-based-Multipath-Routing’s past year of commit activity - PSC Public
Source code for the publication ``Xiao Z, Li J, Xue K, et al. Purification scheduling control for throughput maximization in quantum networks[J]. Communications Physics, 2024, 7(1): 307.''
QNLab-USTC/PSC’s past year of commit activity - QuantumNetworkWebsite Public
QNLab-USTC/QuantumNetworkWebsite’s past year of commit activity
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